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NCP series nano ceramic rod pin sand mill


Grinding fineness: 100-1500nm
Grinding media: 0.2-2.0mm
Discharging method: centrifugal discharging
Grinding structure: rod pin type
Ceramic material: silicon carbide/alumina




Introduction:

NCP series rod pin nano sand mill has been successfully used in various nanomaterial industries, so It has been highly praised by the industry for its outstanding advantages such as large traffic volume and high efficiency.


Features:

1. Motor: permanent magnet synchronous motor/three-phase asynchronous motor

2. Transmission mode: The motor drives the pulley for transmission

3. Discharge method: centrifugal discharge

4. Grinding and dispersion structure: Rod pin type

5. Cooling method: The grinding barrel is cooled by double-layer cooling water circulation, and the machine seal coolant circulates Cooling

6. Control system: independent control of human-machine interface, with material temperature, pressure control, cooling water temperature; mechanical seal Liquid level pressure, temperature, liquid level control; real-time monitoring of motor temperature;

7. Sound and light prompts: When a sensor detects an abnormality in the grinder, the grinder will stop running, the sound and light alarm will alarm, and the human-machine interface will Detailed alarm information is prompted

8. Grinding chamber: inner cylinder silicon carbide

9. Features: narrow particle size distribution, high efficiency, ultra-low energy consumption



Technical parameters:
Model / ParameterMotor power (Kw)Grinding chamber volume (L)Grinding media (mm)feed flow (L/h)Weight (kg)
NCP-61160.2-2.0300800
NCP-1522150.2-2.08002500
NCP-3045300.2-2.012002800
NCP-6090600.2-2.030004500
NCP-150132-1601500.2-2.040006500
NCP-300315-3553000.2-2.050008000
NCP-400315-3554000.2-2.060009500
NCP-100065010000.2-2.01200011000


Application fields:

New energy application fields: lithium iron phosphate, lithium iron manganese phosphate, CNT, graphene composite slurry, separator coating slurry, battery coating, silicon carbon, etc.


Rod pin type equipment structure:




返回

NCP series nano ceramic rod pin sand mill


Grinding fineness: 100-1500nm
Grinding media: 0.2-2.0mm
Discharging method: centrifugal discharging
Grinding structure: rod pin type
Ceramic material: silicon carbide/alumina




Introduction:

NCP series rod pin nano sand mill has been successfully used in various nanomaterial industries, so It has been highly praised by the industry for its outstanding advantages such as large traffic volume and high efficiency.


Features:

1. Motor: permanent magnet synchronous motor/three-phase asynchronous motor

2. Transmission mode: The motor drives the pulley for transmission

3. Discharge method: centrifugal discharge

4. Grinding and dispersion structure: Rod pin type

5. Cooling method: The grinding barrel is cooled by double-layer cooling water circulation, and the machine seal coolant circulates Cooling

6. Control system: independent control of human-machine interface, with material temperature, pressure control, cooling water temperature; mechanical seal Liquid level pressure, temperature, liquid level control; real-time monitoring of motor temperature;

7. Sound and light prompts: When a sensor detects an abnormality in the grinder, the grinder will stop running, the sound and light alarm will alarm, and the human-machine interface will Detailed alarm information is prompted

8. Grinding chamber: inner cylinder silicon carbide

9. Features: narrow particle size distribution, high efficiency, ultra-low energy consumption



Technical parameters:
Model / ParameterMotor power (Kw)Grinding chamber volume (L)Grinding media (mm)feed flow (L/h)Weight (kg)
NCP-61160.2-2.0300800
NCP-1522150.2-2.08002500
NCP-3045300.2-2.012002800
NCP-6090600.2-2.030004500
NCP-150132-1601500.2-2.040006500
NCP-300315-3553000.2-2.050008000
NCP-400315-3554000.2-2.060009500
NCP-100065010000.2-2.01200011000


Application fields:

New energy application fields: lithium iron phosphate, lithium iron manganese phosphate, CNT, graphene composite slurry, separator coating slurry, battery coating, silicon carbon, etc.


Rod pin type equipment structure:




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